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@muhammadaldacher
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Muhammad Aldacher muhammadaldacher

Analog/Mixed-Signal Design Engineer @ AMD(Previously: Intel, Xilinx, ST + SJSU, Alex Univ)

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قال رسول الله صلى الله عليه وسلم ‏:‏ ‏ "‏إذا مات ابن آدم انقطع عمله إلا من ثلاث‏:‏ صدقة جارية ،أو علم ينتفع به، أو ولد صالح يدعو له‏"‏ ‏(‏‏(‏رواه مسلم‏)‏‏)

The Prophet Muhammad (Peace be upon him) said, "When a person dies, his deeds come to an end except for three things: An ongoing charity whose benefit is continuous; or knowledge from which benefit continues to be reaped, or a righteous child who supplicates for him."

📫 How to reach me:Linkedin

-> [Study Material ]
-> [Projects ]
-> [MSc Courses (SJSU) ]


Study Material

Here, I will try to organize a study roadmap for people interested in Analog & Mixed-Signal design, based on what I found useful during my studies:

  1. Analog Design Basics
  2. Digital Circuits Basics
  3. PLLs (Phase-Locked Loops)
  4. ADCs (Analog/Digital Converters)
  5. LDOs (Low-Dropout Regulators)
  6. RF receiver system
  7. IO/SERDES system
    ..................................................................................

Projects & Labs

TopicProjectYear
SERDES
1RX Active CTLE Design2021
2TX FIR Equalizer Design (CML)2021
3TX Driver Design: CM Vs VM2021
4Wireline Channel Characterization2021
5Transceiver for 10GbaseKR standard2013
ADCs & DACs
68-bit Asynchronous SAR ADC design2020
71.5-bit Pipeline ADC with Boosted OpAmp2018
8Dynamic Comparator design2018
9Bootstrapped Switch design2018
10Current-steering DAC design2018
11Modeling of 4-bit Flash ADC & DAC2018
12Modeling of 10-bit Pipeline ADC & DAC2018
Clocking
1310-GHz Standing-Wave based Clock-Distribution Network design2021
141.9-GHz PLL design2018
LDOs
15LDO Regulator design2018
RF
161.9-GHz-Rx-frontend blocks2018
172.4-GHz LNA design2016
Layout
188x8 SRAM array design2017
198-bit Microprocessor2013
FPGA
20FPGA Design of a Digital/Analog Clock Display2017
Signal Processing
21DTFT & Convolution2020
22Z Transform & Tone Reduction2020

MSc Courses (SJSU)

CourseYearSemester
1EE223 - Analog ICs Design2016Fall
2EE220 - Radio Frequency Integrated Circuits Design I2016Fall
3EE178 - Digital Design with FPGA2017Fall
4EE224 - High Speed CMOS2017Fall
5EE288 - Data Conversion for AMS ICs2018Spring
6EE295 - Technical Writing2018Spring
7EE230 - Radio Frequency Integrated Circuits Design II2018Fall
8EE250 - Probability2019Fall
9EE210 - LinearSystems2020Fall

PinnedLoading

  1. Analog-Design-of-Asynchronous-SAR-ADCAnalog-Design-of-Asynchronous-SAR-ADCPublic

    This project discusses the design of an 8-bit asynchronous successive approximation register (SAR) analog-to-digital converter (ADC) implemented in 45nm CMOS technology.

    152 19

  2. Analog-Design-of-1.5-bit-Pipeline-ADC-And-Boosted-OpAmpAnalog-Design-of-1.5-bit-Pipeline-ADC-And-Boosted-OpAmpPublic

    This project is about designing a 1.5 bit stage Pipeline ADC & the OpAmp required for its MDAC.

    30 9

  3. FPGA-Design-of-a-Digital-Analog-Clock-Display-using-Digilent-Basys3-Artix-7FPGA-Design-of-a-Digital-Analog-Clock-Display-using-Digilent-Basys3-Artix-7Public

    The project uses a Xilinx Artix-7 FPGA on a Digilent Basys 3 board to design a clock whose seconds, minutes, & hours are displayed on a Quad 7-segment display & can also be displayed on a vga displ…

    VHDL 19 11

  4. Layout-Design-of-an-8x8-SRAM-arrayLayout-Design-of-an-8x8-SRAM-arrayPublic

    The project is about building an 8-row by 8-bit 6T SRAM memory array, & a 3-to-8 decoder that's used to access the SRAM array. The layout design is done using Cadence Virtuoso’s ADE, & the Static N…

    MATLAB 70 9

  5. Modeling-of-10-bit-Pipeline-ADC-and-10-bit-DACModeling-of-10-bit-Pipeline-ADC-and-10-bit-DACPublic

    This project shows how to model a 10-bit pipeline ADC and a 10-bit DAC using ideal components. Used vdc, vpulse, vcvs, switch, res, cap, vccs to construct the 10-bit ADC based on 1-bit per stage pi…

    MATLAB 25 12

  6. RF-design-of-1.9-GHz-Rx-frontendRF-design-of-1.9-GHz-Rx-frontendPublic

    This project shows the design process of the main blocks of a typical RX frontend system.

    23 3


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